2. a) sensation). the doctor decides to check the resting potential of her sensory nerves. The microelectrode is inserted and the intracellular potential is measured as -65 mv. What relative ionic...

2. a)<br>sensation). the doctor decides to check the resting potential of her sensory nerves. The<br>microelectrode is inserted and the intracellular potential is measured as -65 mv. What relative<br>ionic concentrations are responsible for maintaining this membrane potential?<br>A 47-year-old woman complains of paresthesis (tingling, pricking or burning<br>a) [Na+ Jout > [Na+] in ; [K+]out > [K+]in<br>b) [Na+ Jout > [Na+] in ; [K+]out <[K+Jin<br>c) [Na+ Jout < [Na+] in ; [Ca2+]out > [Ca2+]in<br>d) [Na+ Jout < [Na+] in ; [K+]out > [K+]in<br>e) Active sodium potassium pump<br>

Extracted text: 2. a) sensation). the doctor decides to check the resting potential of her sensory nerves. The microelectrode is inserted and the intracellular potential is measured as -65 mv. What relative ionic concentrations are responsible for maintaining this membrane potential? A 47-year-old woman complains of paresthesis (tingling, pricking or burning a) [Na+ Jout > [Na+] in ; [K+]out > [K+]in b) [Na+ Jout > [Na+] in ; [K+]out <[k+jin c)="" [na+="" jout="">< [na+]="" in="" ;="" [ca2+]out=""> [Ca2+]in d) [Na+ Jout < [na+]="" in="" ;="" [k+]out=""> [K+]in e) Active sodium potassium pump

Jun 11, 2022

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2. a) sensation). the doctor decides to check the resting potential of her sensory nerves. The microelectrode is inserted and the intracellular potential is measured as -65 mv. What relative ionic...

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